Request
A request in your words.
Describe the problem and give the numbers you know. Add your own geometry, mesh or data. The assistant asks only when something essential is missing.
Describe a simulation problem. The assistant builds the geometry, meshes it, runs OpenFOAM or CalculiX, checks the result and labels how far it can be relied on. Every file, command and plot is in a workspace you can open, edit and rerun.
Flow, stress, contact, yielding, heat, vibration, buckling, circuits and hand calculations run today, from your own geometry or from a description.
Each item below is what the product does now. What it has been measured on, and what it has not, is stated with the results.
Describe the problem and give the numbers you know. Add your own geometry, mesh or data. The assistant asks only when something essential is missing.
The assistant works in a real Linux workspace with OpenFOAM, CalculiX, Gmsh, CadQuery and Python. It builds the geometry, meshes it, runs the solver, reads the logs and fixes what fails.
Every file, command and plot is in a workspace you can open: an editor, a terminal, a 3D viewer and a CAD desktop. Change a script and run it again yourself.
The app marks every result. Verified against theory when it agrees with a named analytical or published value within 5 %. Converged and checked when there is no such value. Not checked, or failed, otherwise. Four fixed problems go further and are assessed by an independent checker.
Slice, clip and probe the field in 3D, plot along a line, watch the residuals of a run, and read each check with the file that shows it.
One file with the standing, the numbers, the comparison with theory, each check and the figures. It opens anywhere and prints to PDF.
Spend, model calls and compute are capped per task and shown as they are used. A task ends at its limits, and its work goes on in a new task with the files and the result carried over.
These are the steps of one task. The assistant does them itself, in a workspace you can open at any point, and stops to ask when it needs a decision from you.
You describe the problem, what you want back, and add any files.
The assistant asks for anything essential that is missing.
It builds or reads the geometry and meshes it, and checks the mesh.
The solver runs in a container; you can watch its log and residuals.
Convergence, balances, mesh sensitivity and a comparison with theory.
The app inspects the evidence and labels how far the result goes.
The answer, the figures and a report, with what was not checked.
Free to start. Scale as your team grows.
Each plan sets how many people can work together, how many simulations run at once and how much is stored. Model and compute use of a task is shown in the task as it runs, against a limit you set.
For individual engineering work
Free
Create accountFor individual engineering work
$149/month
Create accountFor shared engineering teams
$499/month
Create accountWhether you have questions about SimPilot, need a demo, or want to discuss enterprise solutions, email us directly.